In an electronic funds transfer system, there are hundreds of identical processes that work as follows. Each process reads an input line specifying an amount of money, the account to be credited, and the account to be debited. Then it locks both accounts and transfers the money, releasing the locks when done. With many processes running in parallel, there is a very real danger that having locked account x it will be unable to lock y because y has been locked by a process now waiting for x. Devise a scheme that avoids deadlocks. A bit more precise, as a programmer you are given the API that consists of two procedures: Lock(char[] account_name) and Release(char[] account_name). Your job is to write the procedure Transfer (char[] account_from, char[] account_two, int amount). Do not release an account record until you have completed the transactions. (In other words, solutions that lock one account and then release it immediately if the other is locked, are incorrect.)